ounit_cmd_tests.ml

let (//) = Filename.concat




let ((>::),
     (>:::)) = OUnit.((>::),(>:::))

let (=~) = OUnit.assert_equal





(* let output_of_exec_command command args =
    let readme, writeme = Unix.pipe () in
    let pid = Unix.create_process command args Unix.stdin writeme Unix.stderr in
    let in_chan = Unix.in_channel_of_descr readme *)



let perform_bsc = Ounit_cmd_util.perform_bsc
let bsc_check_eval = Ounit_cmd_util.bsc_check_eval

let ok b output = 
  if not b then 
    Ounit_cmd_util.debug_output output;
  OUnit.assert_bool __LOC__ b  

let suites =
  __FILE__
  >::: [
    __LOC__ >:: begin fun _ ->
      let v_output = perform_bsc  [| "-v" |] in
      OUnit.assert_bool __LOC__ ((perform_bsc [| "-h" |]).exit_code  = 0  );
      OUnit.assert_bool __LOC__ (v_output.exit_code = 0);
      (* Printf.printf "\n*>%s" v_output.stdout; *)
      (* Printf.printf "\n*>%s" v_output.stderr ; *)
    end;
    __LOC__ >:: begin fun _ ->
      let v_output =
        perform_bsc  [| "-bs-eval"; {|let str = "'a'" |}|] in
      ok (v_output.exit_code = 0) v_output
    end;
    __LOC__ >:: begin fun _ -> 
    let v_output = perform_bsc [|"-bs-eval"; {|type 'a arra = 'a array
    external
      f : 
      int -> int -> int arra -> unit
      = ""
      [@@bs.send.pipe:int]
      [@@bs.splice]|}|] in  
      OUnit.assert_bool __LOC__ (Ext_string.contain_substring v_output.stderr "bs.splice")
    end;
        __LOC__ >:: begin fun _ -> 
    let v_output = perform_bsc [|"-bs-eval"; {|external
  f2 : 
  int -> int -> ?y:int array -> unit  
  = ""
  [@@bs.send.pipe:int]
  [@@bs.splice]  |}|] in  
      OUnit.assert_bool __LOC__ (Ext_string.contain_substring v_output.stderr "bs.splice")
    end;

    __LOC__ >:: begin fun _ ->
      let should_be_warning =
        bsc_check_eval  {|let bla4 foo x y= foo##(method1 x y [@bs]) |} in
      (* debug_output should_be_warning; *)
      OUnit.assert_bool __LOC__ (Ext_string.contain_substring
                                   should_be_warning.stderr "Unused")
    end;
     __LOC__ >:: begin fun _ ->
      let should_be_warning =
        bsc_check_eval  {| external mk : int -> ([`a|`b [@bs.string]]) = "mk" [@@bs.val] |} in
        OUnit.assert_bool __LOC__
        (Ext_string.contain_substring
                                   should_be_warning.stderr "Unused")
     end;
    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
external ff :
    resp -> (_ [@bs.as "x"]) -> int -> unit =
    "x" [@@bs.set]
      |} in
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring should_err.stderr
           "Ill defined"
        )
    end;

    __LOC__ >:: begin fun _ ->
      (** used in return value
          This should fail, we did not
          support uncurry return value yet
      *)
      let should_err = bsc_check_eval {|
    external v3 :
    int -> int -> (int -> int -> int [@bs.uncurry])
    = "v3"[@@bs.val]

    |} in
      (* Ounit_cmd_util.debug_output should_err;*)
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring
           should_err.stderr "bs.uncurry")
    end ;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
    external v4 :
    (int -> int -> int [@bs.uncurry]) = ""
    [@@bs.val]

    |} in
      (* Ounit_cmd_util.debug_output should_err ; *)
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring
           should_err.stderr "bs.uncurry")
    end ;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
      {js| \uFFF|js}
      |} in
      OUnit.assert_bool __LOC__ (not @@ Ext_string.is_empty should_err.stderr)
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
      external mk : int -> ([`a|`b] [@bs.string]) = "" [@@bs.val]
      |} in
      OUnit.assert_bool __LOC__ (not @@ Ext_string.is_empty should_err.stderr)
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
      external mk : int -> ([`a|`b] ) = "mk" [@@bs.val]
      |} in
      OUnit.assert_bool __LOC__ ( Ext_string.is_empty should_err.stderr)
      (* give a warning or ?
         ( [`a | `b ] [@bs.string] )
         (* auto-convert to ocaml poly-variant *)
      *)
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
      type t
      external mk : int -> (_ [@bs.as {json| { x : 3 } |json}]) ->  t = "mk" [@@bs.val]
      |} in
      OUnit.assert_bool __LOC__ (Ext_string.is_empty should_err.stderr)
    end
    ;
    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
      type t
      external mk : int -> (_ [@bs.as {json| { "x" : 3 } |json}]) ->  t = "mk" [@@bs.val]
      |} in
      OUnit.assert_bool __LOC__ (Ext_string.is_empty should_err.stderr)
    end
    ;
    (* #1510 *)
    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
       let should_fail = fun [@bs.this] (Some x) y u -> y + u
      |} in
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring  should_err.stderr "simple")
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
       let should_fail = fun [@bs.this] (Some x as v) y u -> y + u
      |} in
      (* Ounit_cmd_util.debug_output should_err; *)
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring  should_err.stderr "simple")
    end;

    (* __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
     external f : string -> unit -> unit = "x.y" [@@bs.send]
     |} in
      OUnit.assert_bool __LOC__
        (Ext_string.contain_substring should_err.stderr "Not a valid method name")
    end; *)


    __LOC__ >:: begin fun _ -> 
      let should_err = bsc_check_eval {|
      (* let rec must be rejected *)
type t10 = A of t10 [@@ocaml.unboxed];;
let rec x = A x;;
      |} in 
      OUnit.assert_bool __LOC__
      (Ext_string.contain_substring should_err.stderr "This kind of expression is not allowed")
    end;

    __LOC__ >:: begin fun _ -> 
      let should_err = bsc_check_eval {|
      type t = {x: int64} [@@unboxed];;
let rec x = {x = y} and y = 3L;;
      |} in 
      OUnit.assert_bool __LOC__
      (Ext_string.contain_substring should_err.stderr "This kind of expression is not allowed")
    end;
    __LOC__ >:: begin fun _ -> 
      let should_err = bsc_check_eval {|
      type r = A of r [@@unboxed];;
let rec y = A y;;
      |} in 
      OUnit.assert_bool __LOC__
      (Ext_string.contain_substring should_err.stderr "This kind of expression is not allowed")
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
          external f : int = "%identity"
|} in
      OUnit.assert_bool __LOC__
        (not (Ext_string.is_empty should_err.stderr))
    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
          external f : int -> int = "%identity"
|} in
      OUnit.assert_bool __LOC__
        (Ext_string.is_empty should_err.stderr)
    end;
    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
          external f : int -> int -> int = "%identity"
|} in
      OUnit.assert_bool __LOC__
        (not (Ext_string.is_empty should_err.stderr))
    end;
    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
          external f : (int -> int) -> int = "%identity"
|} in
      OUnit.assert_bool __LOC__
        ( (Ext_string.is_empty should_err.stderr))

    end;

    __LOC__ >:: begin fun _ ->
      let should_err = bsc_check_eval {|
          external f : int -> (int-> int) = "%identity"
|} in
      OUnit.assert_bool __LOC__
        (not (Ext_string.is_empty should_err.stderr))

    end;
    __LOC__ >:: begin fun _ ->
    let should_err = bsc_check_eval {|
    external foo_bar :
    (_ [@bs.as "foo"]) ->
    string ->
    string = "bar"
  [@@bs.send]
    |} in
    OUnit.assert_bool __LOC__
    (Ext_string.contain_substring should_err.stderr "Ill defined attribute")
  end;
    __LOC__ >:: begin fun _ ->
    let should_err = bsc_check_eval {|
      let bla4 foo x y = foo##(method1 x y [@bs])
    |} in
    (* Ounit_cmd_util.debug_output should_err ;  *)
    OUnit.assert_bool __LOC__
    (Ext_string.contain_substring should_err.stderr
    "Unused")
  end;
    __LOC__ >:: begin fun _ ->
    let should_err = bsc_check_eval {|
    external mk : int ->
  (
    [`a|`b]
     [@bs.string]
  ) = "mk" [@@bs.val]
    |} in
    (* Ounit_cmd_util.debug_output should_err ;  *)
    OUnit.assert_bool __LOC__
    (Ext_string.contain_substring should_err.stderr
    "Unused")
  end;
  __LOC__ >:: begin fun _ ->
    let should_err = bsc_check_eval {|
    type -'a t = {k : 'a } [@@bs.deriving abstract]
    |} in
    OUnit.assert_bool __LOC__
    (Ext_string.contain_substring should_err.stderr "contravariant")
  end;
  (* __LOC__ >:: begin fun _ ->
    let should_err = bsc_check_eval {|
    type 'a t = {k : int -> 'a } [@@bs.deriving abstract]
    |} in
    OUnit.assert_bool __LOC__
    (Ext_string.contain_substring should_err.stderr "not allowed")
  end *)
    (* __LOC__ >:: begin fun _ ->  *)
    (*   let should_infer = perform_bsc [| "-i"; "-bs-eval"|] {| *)
    (*      let  f = fun [@bs] x -> let (a,b) = x in a + b  *)
    (* |}  in  *)
    (*   let infer_type  = bsc_eval (Printf.sprintf {| *)

    (*      let f : %s  = fun [@bs] x -> let (a,b) = x in a + b  *)
    (*  |} should_infer.stdout ) in  *)
    (*  begin  *)
    (*    Ounit_cmd_util.debug_output should_infer ; *)
    (*    Ounit_cmd_util.debug_output infer_type ; *)
    (*    OUnit.assert_bool __LOC__  *)
    (*      ((Ext_string.is_empty infer_type.stderr)) *)
    (*  end *)
    (* end *)
  ]